Power distribution equipment material warehousing management and monitoring system

Abstract

The invention discloses a power distribution equipment material warehousing management and monitoring system comprising an acquisition unit, a transmission unit and a server. Material data and personnel data are orderly managed with a warehousing system acting as a data processing system. The personnel can enter the warehouse to freely select materials after the identity of the personnel is confirmed. When the materials are discharged out of the warehouse, the pickup materials can be rapidly inputted through a scanning channel so that an initial warehouse outgoing list is formed, and then the materials are finally confirmed and discharged out of the warehouse through simple supplementing of the personnel. The process is similar to that of buying items in the supermarket and is a supermarket-like material pickup process, and operation of material pickup and warehouse outgoing can be completed in a self-service way with no requirement for intervention of warehouse management personnel completely so that the operation flow is simple and convenient, time consumption is short, the direction of the materials can be accurately tracked, the system data can be updated in real time, and the background of a warehouse management module automatically generates a warehouse outgoing list and thus material-to-account and account-to-personnel can be checked anytime.

Description

technical field [0001] The invention relates to the field of power distribution equipment, in particular to a storage management and monitoring system for power distribution equipment materials. Background technique [0002] With the development of science and technology, the modern warehousing and logistics industry has adopted many methods to avoid the chaos that is likely to occur when materials enter and leave the warehouse. The unique identification of goods manages the materials in the warehouse, and checks them according to their pre-scanned unique identification when entering and leaving the warehouse, so as to avoid confusion in and out of the warehouse, causing some goods to leave the warehouse or enter the warehouse without registration, but Nevertheless, due to the variety of materials and models of power distribution equipment, there are still deficiencies in the management method of storage materials based on the above: the workflow of materials entering and le...

AI Technical Summary

Problems solved by technology

[0002] With the development of science and technology, the modern warehousing and logistics industry has adopted many methods to avoid the chaos that is likely to occur when materials enter and leave the warehouse. The unique identification of goods manages the materials in the warehouse, and checks them according to their pre-scanned unique identification when entering and leaving the warehouse, so as to avoid confusion in and out of the warehouse, causing some goods to leave the warehouse or enter the warehouse without registration, but Nevertheless, due to the variety of materials and models of power distribution equipment, there are still deficiencies in the management method of storage materials based on the above: the workflow of materials entering and leaving the warehouse is time-consuming, and the inventory of the quantity and type of materials entering and leaving the warehouse is inaccurate and error-prone; the third is inventory in the warehouse. The efficiency is low, and it is impossible to accurately control the real-time situation and quantity of materials in the warehouse; it is necessary to print paper work orders, which is inconvenient for management, and the work orders need to be entered manually, which increases the management cost and labor cost in material storage management

Images